Phunware, Inc.

Cisco Technology, Inc.

Luan Dang

James Damon Trim

Anthony C Hall

Alan S Knitowski

Alan M Kane

Ray Chang

Manrique Brenes

David John Reese

Edward Dean Willis

Andrew M Gutman

Piu Piu Ong

Matthew Lindenberger

Kent Tu

Yutai Koh

Devin Pigera

Duy Nguyen

Dennis Griesser

Tyler Prevost

Matt Lindenberger

Cyrus Lum

Described is a hybrid centralized-decentralized system for managing data and token transactions among a decentralized group of stakeholders. The system uses a blockchain architecture to maintain secure identities for the stakeholders, as well as allow any stakeholder to perform a data or token transaction with another stakeholder. A central organization manages a central application and a data exchange. The central application manages profile data from users and interaction data for users with developer applications, and provides it to the data exchange. The data exchange organizes and packages the data, and may provide it to other stakeholder for analysis.

Hybrid organizational system for data management and tracking

An application framework for mobile devices may provide a variety of application modules directed towards enterprise brand extension. The application modules are organized into five main categories: (1) featured, (2) community, (3) play/engage, (4) media, and (5) shop. The 'featured' category may allow enterprises to push specific content onto its consumers. The 'community' category may allow enterprises to leverage social networks and consumer communities that build and expand around their brands. The &#x201c;play/engage&#x201d; category may allow enterprises to offer compelling value and engaging utility to its customers. The &#x201c;media&#x201d; category may allow enterprises to entertain, inform, and educate consumers about brands through media content. The &#x201c;shop&#x201d; category may allow enterprises to facilitate electronic commerce with its customers. Further application analytics may be utilized by aggregating affiliate, sales, or usage data, etc. to better drive new revenue streams and optimize the return on investment associated with sales, promotion and advertising efforts.

Systems and methods for enterprise branded application frameworks for mobile and other environments

The present disclosure provides methods, systems, and devices for tracking a mobile device in an indoor area or bounded area. A method for tracking a mobile device includes receiving sensor data from a mobile device and generating a heuristic map based on the sensor data describing a set of possible current locations of the mobile device in the bounded area. The method further includes receiving additional sensor data from the mobile device, and determining a change in position of the mobile device based on the additional sensor data. The method further yet includes updating the heuristic map to disqualify a first possible current location from the set of possible current locations, and outputting the updated set of possible current locations for display on a user interface.

Mobile device localization based on relative received signal strength indicators

Methods and systems for interactive user interface objects are provided. The user interface allows for users to manipulate different objects represented by icons within a user interface, such as that of an iPhone or iPad or other touch screen devices. Users may bump objects together, flick one object towards another, bump an object against the edge of a screen, flick an object towards a certain area such as a dock, or otherwise manipulate the objects. The user's actions or manipulations of objects may result in an action by the objects or may have no effect. Depending on the compatibility of objects, the objects may be neutral towards one another, may attract each other, or may repel. The objects that attract may share content or communicate with each other via a one-time interaction, or may establish links or connections with each other that enable longer term communication or broadcasts that occur upon pre-determined triggers.

Methods and systems for interactive user interface objects

In accordance with an embodiment of the invention, a provisioning method for establishing a telecommunications service including the operations of sending a resynchronization message to a user terminal unit, redirecting the resynchronization message to a customer premises equipment (CPE) unit, acquiring the configuration server network address from the resynchronization message, connecting the CPE unit through the network to a configuration server specified in the configuration server network address, receiving subscriber configuration data from the configuration server; and initializing the CPE unit with the received subscriber configuration data to establish service between the CPE unit and the telecommunications service provider.

Generic provisioning of voice over internet protocol (VoIP)

A technique for estimating the upstream bandwidth for a modem is provided. Various-sized packets are sent on roundtrip journeys through the modem. The roundtrip times for the various-sized packets are compared to provide an estimate of the modem's upstream bandwidth. Alternatively, a block file may be transmitted through the modem to a TFTP server. The TFTP server reports the time needed to complete the file transfer. Based upon the block file transmission start time and the completion time, an upstream bandwidth estimate may be performed. Given the upstream bandwidth estimation, non-VoIP upstream data traffic may be limited accordingly to provide a desired QoS to VoIP calls being supported by the modem.

Upstream bandwidth estimation

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Newport Beach, CA, United States of America

Luan Dang